Hyundai Electronics Industries Co. Ltd.

Hyundai Electronics Industries

Sung-Won Oh

Joon-Sun Uhr

Hyun-Ah Kwon

A method for dynamically allocating a traffic channel element at an extended coverage of a base transceiver station which is divided by a cell site modem (CSM) ASIC in a mobile communication station is disclosed. In case that the call coverage is divided into a normal and an extended regions, the traffic channel element is not set to a pair of the normal and the extended channel elements. Instead, the channel allocation is dynamically allocated according to a channel type which is necessary on a call set up at each of the regions. The method reduces an unnecessary channel allocation and an occupation time of the channel elements, thereby enabling the capacity of the system to be increased.

Method for dynamically allocating channel at extended coverage of base transceiver station in mobile communication system

A method for managing states of a pair of channel elements including a normal channel element for a normal traffic region and an extended channel element for an extended traffic region in an extended traffic region base station that includes a state management block (SMB), a call processing block (CPB), a resource allocation block (RAB), a statistics processing block (SPB) and a base station manager (BSM), includes the steps of: by each of the normal channel element and the extended channel element, reporting current states of each of the normal channel element and the extended channel element to the SMB, wherein the current state is one of an abnormal state, a loading state, an idle state and a busy state; by the SMB, combining the current states to thereby generate a combined state; and by the SMB, reporting the combined state to a set of the CPB and the RAB and a set of the SPB and the BSM.

Growing community of inventors

Ichon-shi, South Korea

Sung-Won Oh